It is based entirely on the biological and intellectual understanding; therefore, disregarding religious beliefs completely. How do we know that humans evolved? According to the Daily Mail’s “The simple test that proves the theory of evolution: Video explains what a single arm muscle tells us about our development” by Abigail Beall, it tells us how us humans today have unnecessary functions that our ancestors had. One example would be goosebumps. In the present day, when we have goosebumps, it is because our body is telling us it is cold. When our ancestors had these goosebumps, it aided them to look intimidating to predators by appearing big. These goosebumps helped mammals to stay insulated and warm because of their fur. Another example would be the palmaris longus. It is the muscle in our arms, but only around 10 to 15 percent of people do not have this. Primates have used the palmaris longus to get around by climbing up trees and such. The longer the muscle, the more the muscle is used among primates. However, that muscle is short for us since we do not get around by climbing. Science shows that with the extra muscle, it does not make us any more or less stronger than before. This comes to show that we have evolved from our
It is based entirely on the biological and intellectual understanding; therefore, disregarding religious beliefs completely. How do we know that humans evolved? According to the Daily Mail’s “The simple test that proves the theory of evolution: Video explains what a single arm muscle tells us about our development” by Abigail Beall, it tells us how us humans today have unnecessary functions that our ancestors had. One example would be goosebumps. In the present day, when we have goosebumps, it is because our body is telling us it is cold. When our ancestors had these goosebumps, it aided them to look intimidating to predators by appearing big. These goosebumps helped mammals to stay insulated and warm because of their fur. Another example would be the palmaris longus. It is the muscle in our arms, but only around 10 to 15 percent of people do not have this. Primates have used the palmaris longus to get around by climbing up trees and such. The longer the muscle, the more the muscle is used among primates. However, that muscle is short for us since we do not get around by climbing. Science shows that with the extra muscle, it does not make us any more or less stronger than before. This comes to show that we have evolved from our